Breezair Evaporative Cooler Troubleshooting - Comprehensive Guide

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As a reliable and efficient cooling option for homes and offices, Breezair coolers occasionally require some troubleshooting to maintain optimal performance. This guide will cover topics such as understanding error codes, component identification, maintenance practises, and expert tips for a seamless cooling experience.

Invest a bit of time in learning about the nuances of Breezair evaporative cooler troubleshooting, and you’ll become a proactive and confident user who can handle unexpected challenges with ease.

How Does a Breezair Evaporative Cooler Work?

A Breezair Evaporative Cooler operates on the simple principle of evaporation. The working process includes the following steps:

  1. Drawing in Hot Outside Air: This type of cooler begins its process by drawing in hot external air into the unit with the help of a fan.
  2. Passing Air Over Water-Soaked Pads: This hot air is then passed through cooling pads, which have been soaked with water. The Breezair coolers’ cooling pads make use of unique mini-cell Chillcel® pad technology.
  3. Evaporation and Absorption of Heat: As the hot air circulates over these moist pads, the water contained in the pads evaporates. The evaporation process absorbs the heat from the air, and as a result, the air temperature drops.
  4. Circulating Cooled Air: A fan within the cooler then pushes out the cool air into your home or office through a system of ducts.

Therefore, the Breezair evaporative cooler efficiently cools your living or workspace by leveraging the natural evaporation process. It provides an eco-friendly, cost-effective, and efficient cooling solution that is particularly effective in climates where the air is hot and humidity is low.

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Why Is My Evaporative Cooler Not Blowing Air?

It’s a stifling day, you’ve turned on your Breezair evaporative cooler, but the only thing that’s blowing is hot air. There are a few reasons why your evaporative cooler might not be producing cool air.

  • Fault with the Fan Motor: The fan motor could be experiencing troubles. It’s situated inside the roof unit and is responsible for drawing warm external air into the evaporative cooler, where it is then cooled down by water-soaked pads.
  • Blocked Water Supply: There might be an issue with your water supply – if your machine isn’t receiving enough water, your cooling pads won’t get hydrated enough to cool hot air.
  • Pump Operations Might be Restricted: The pump cycles water over the cooling pads to foster cooling. If the pump isn’t running correctly, it’ll impact the cooling cycle.

Understanding the reasons behind your evaporative cooler’s malfunction can facilitate better troubleshooting and timely resolution of the issue, ensuring cool and comfortable surroundings.

What Could Go Wrong with the Remote Control?

Holding your remote control and having no response from your cooler can be a bit puzzling. Wait! Don’t start thinking about the cost involved to get a new one yet; there could be simple issues at play.

  • Short Circuit or Dead Batteries: If your remote isn’t operating, it could hint towards a short circuit or lifeless battery.
  • The Receiver Could be Faulty: Another common fault could lie within the unit itself, where a faulty receiver is not understanding the orders from your remote.

Why Is My Air Cooler Not Turning On?

Quite a puzzler if your cooler isn’t firing up at all.

  • Issues with the Power Source: This could be as simple as a power socket issue or a problem with the wall control. Also, ensure there’s no short circuit or a blown fuse end.
  • Faulty Components: Another common hitch is a fault with components like the fan motor, pump, or drain valve. These are integral to normal operation, and if they are worn out or damaged, the cooler will struggle to function.

Why Is My Evaporative Cooler Not Cooling My House?

A cooler that’s not delivering the required chill factor can stem from a few problems.

  • Restricted Air Access: If windows and doors are firmly shut, the cooler may struggle to draw in the hot air from outside and then expel the cooled air into your home.
  • Manual Mode Settings: To enhance cooling, the manual mode should be set correctly. An incorrect setting can lead to inadequate cooling.
  • Water Tank Issues: The cooler’s tank might be either underfilled or overfilled. Both can hamper the evaporative cooling process.

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Other Breezair Evaporative Cooler Fault Codes to Consider

Breezair coolers are equipped with a fault detection mechanism to streamline maintenance and issue resolution. However, these fault codes might be difficult to understand for a non-expert.

Here’s a breakdown of the various error codes you might encounter while using a Breezair evaporative cooler. These codes pinpoint problems quickly and accurately, enabling faster resolution and minimal downtime.

  • Fault Code 1: A communication issue exists. Examine the cable connecting the wall control and cooler for any damage.
  • Fault Code 2: Water not sensed by the salinity probes. Possible reasons could include a closed water supply to the cooler, a stuck solenoid valve that prevents water from entering faulty salinity probes, or defective control module salinity sensing circuits. If you encounter fault code 2 within 10-15 seconds of activating the cooler, the control module may be faulty.
  • Fault Code 3: EEPROM failure. This pertains to a corruption of data related to cooler operational settings stored within the control module. In such cases, the control module will require a repair.
  • Fault Code 4: The cooler is unable to drain water from the tank or sump. If water is still detected by the salinity probes 4 minutes after attempting to drain, the issue could be a faulty drain valve (not opening) or obstruction in the drainpipe.
  • Fault Codes 5 and 6: These codes are undocumented and possibly not applicable.
  • Fault Code 7: Incorrect mains power supply frequency. In regions like Australia with a nominal power supply frequency of 50Hz, fault code 7 appears when power supply frequencies fall outside the acceptable range of 46-54Hz. Potential causes include circuit board contamination (e.g., insects), generators, poor or loose connections at the power entry connector, internal faults, or electrical arcing in the cooler circuit.
  • Fault Code 8: A temporary power failure, which is generally not a major concern.

What Does Service 2 Mean on a Breezair Evaporative Cooler?

This service message popping up means that there is a potential problem with your cooler; it could be a fault in the water supply, drain valve, or maybe even pump operation.

Stay Cool All-Year Long

The points outlined above provide a baseline for first-line troubleshooting your evaporative cooler. However, while you can attempt minor troubleshooting based on your cooler’s operation manual, any major faults or repairs should always be performed by professional services. It is recommended that periodic maintenance checks should be performed by professional services to ensure your cooler is in peak operating condition.

It is also imperative to remember that servicing should not just focus on problem-solving or repairs but also include preventive actions. These ensure that your cooling is not just reactive to trouble, but also preventative, nipping potential issues in the bud.

Remember, when in doubt, or unable to solve a problem related to your Breezair evaporative cooler, don’t hesitate to bring in the professionals. They are trained to efficiently diagnose, repair and service your cooler, ensuring that it’s ready for use when you need it

Please note: This information is provided for advice purposes only. Regulations differ from state to state, so please consult your local authorities or an industry professional before proceeding with any work. See our Terms & Conditions here.